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Global Trade Focus: Digital-Printed Art Glass for Luxury Interiors   Revolutionizing Spaces with Digital-Printed Art Glass In the world of high-end architecture and interior design, digital-printed art glass has emerged as a transformative medium, combining cutting-edge technology with artistic expression. This innovative product allows for unprecedented customization, delivering vibrant colors, intricate details, and durable performance—making it ideal for luxury hotels, premium residences, sacred spaces, and commercial landmarks. Applications of Digital-Printed Art Glass 1. Sacred Spaces & Religious Architecture – Divine Illumination Digital printing has redefined stained glass artistry, enabling breathtaking designs for churches, mosques, temples, and synagogues. Key Uses in Religious Architecture: ✔ Stained Glass Windows – Recreate biblical scenes, saints, or celestial motifs with ultra-HD precision, surpassing traditional leaded glass techniques. ✔ Altar Backdrops & Prayer Partitions – Enhance worship spaces with custom-printed glass panels featuring sacred texts, geometric arabesques, or ethereal light-diffusing patterns. ✔ Memorial & Commemorative Glass Art – Honor spiritual figures or historical events with high-resolution printed plaques or murals.   Why Choose Digital-Printed Glass for Sacred Spaces?  UV-resistant inks ensure colors remain vivid for decades, even in sunlit sanctuaries.  Custom designs tailored to theological and cultural traditions.  Safety glass options (tempered, laminated) for high-traffic worship areas.  Light-transmitting effects—backlit designs create a heavenly ambiance. 2. Luxury Hotels & Resorts – Opulent Ambiance From grand lobbies to exclusive suites, digital-printed glass elevates 5-star hospitality design. Signature Applications: ✔ Lobby Partitions & Elevator Doors – Branded glass with metallic finishes, nature motifs, or abstract art for a striking first impression. ✔ Restaurant & Bar Features – Printed glass wine cellars, menu displays, or landscape murals that enhance dining experiences. ✔ Spa & Wellness Retreats – Frosted glass with tranquil patterns for privacy and serenity.   Advantages for Hospitality: Seamless branding – Incorporate logos, monograms, or cultural themes. Durability – Scratch-resistant surfaces withstand heavy use. Light control – Adjust transparency for mood lighting. 3. High-End Residential – Bespoke Elegance Luxury homeowners and interior designers use printed glass to craft one-of-a-kind living spaces. Residential Applications: ✔ Statement Walls & Room Dividers – Photo-realistic prints, abstract art, or marble-effect glass for living rooms, dining areas, and bedrooms. ✔ Kitchen & Bathroom Accents – Custom-printed cabinet doors, backsplashes, and shower enclosures. ✔ Skylights & Staircase Railings – Patterned or frosted glass that plays with natural light.   Why Homeowners Love It: Personalization – Print family portraits, landscapes, or exclusive artwork. Easy maintenance – Smudge-resistant, easy-to-clean surfaces. Increased property value – Unique design features attract premium buyers.   4. Commercial & Architectural Landmarks From corporate offices to retail spaces, digital-printed glass makes a lasting visual impact. Corporate & Retail Uses: ✔ Office Partitions & Meeting Rooms – Frosted logos, inspirational quotes, or brand-themed designs. ✔ Retail Storefronts & Display Cases – Eye-catching printed glass signage for luxury boutiques. ✔ Public Art Installations – Museum exhibits, airport facades, and gallery features. Business Benefits:

From Sunshade to Power Generation - The Low-Carbon Magic of Photovoltaic Glass​ In the wave of global low-c   In the wave of global low-carbon transformation, a seemingly ordinary material is quietly changing the pattern of energy utilization - photovoltaic glass. It breaks the single attribute of traditional glass of "shading the sun and blocking rain". With its characteristics of high light transmittance and strong weather resistance, it realizes the dual value of "shading" and "power generation" in different scenarios, becoming an important promoter of low-carbon life. From family roofs to commercial buildings, from agricultural greenhouses to transportation facilities, the "low-carbon magic" of photovoltaic glass is permeating all aspects of life. Villa Roofs: An "Energy Revolution" in Private Spaces​ For urban villas or rural self-built houses, roof spaces have long been idle or only used as sunshade and rainproof carriers. The emergence of photovoltaic glass has turned this space into a "private power station" .The photovoltaic glass modules installed on villa roofs adopt ultra-white calendering technology, with a light transmittance of over 94%. They can not only effectively block the strong direct sunlight in summer and reduce indoor air conditioning energy consumption, but also convert the absorbed sunlight into electricity. Taking a 300-square-meter villa as an example, laying about 50 square meters of photovoltaic glass can generate more than 8,000 kWh of electricity annually, which can fully meet the daily electricity needs of the family. In areas with sufficient sunlight, the excess electricity can also be connected to the power grid to obtain stable income. What's more, photovoltaic glass has undergone tempering treatment, and its impact resistance is 3-5 times that of ordinary glass, which can resist extreme weather such as hailstorms and typhoons. At the same time, its surface anti-reflection film not only reduces light loss, but also has a self-cleaning function, reducing later maintenance costs. For owners pursuing a quality life, photovoltaic glass has a high degree of integration with architectural styles. It can be customized in size and color according to the roof shape, retaining the beauty of the building while achieving energy self-sufficiency, truly realizing "shading without blocking light, generating electricity without occupying land". Agricultural Greenhouses: "Coordinated Operation" of Photovoltaics and Planting​ Agricultural greenhouses are important facilities to ensure the growth of off-season crops. Traditional greenhouse glass or plastic films can only play the role of heat preservation and sunshade. The application of photovoltaic glass has enabled agricultural greenhouses to achieve the low-carbon miracle of "double income per mu of land". In a photovoltaic agricultural demonstration base in Shandong, 100 mu of vegetable greenhouses are all covered with photovoltaic glass, with an annual power generation of 1.2 million kWh, which not only meets the electricity needs of the greenhouse's temperature control, irrigation and other systems, but also provides clean energy for surrounding villages. At the same time, the thermal insulation performance of photovoltaic glass reduces the temperature fluctuation in the greenhouse by 5℃-8℃, increases crop yield by more than 15%, and reduces pesticide usage by 20%, realizing a virtuous cycle of "power generation does not affect planting, and planting helps low-carbon". Commercial Buildings: "Low-Carbon Transformation" of Curtain Walls and Roofs As high-energy-consuming places, the energy consumption of air conditioning, lighting and other systems in commercial buildings accounts for more than 70% of the total building energy consumption. The application of photovoltaic glass has made the curtain walls and roofs of commercial buildings become "power-generating low-carbon skins". On the curtain walls of office buildings, shopping malls and other commercial buildings, photovoltaic glass is not only a decorative surface of the building, but also a distributed power station. A Grade A office building in Shanghai adopts BIPV (Building-Integrated Photovoltaics) photovoltaic glass curtain walls with a total area of 5,000 square meters, with an annual power generation of about 600,000 kWh, which can meet 15% of the electricity demand in the public areas of the building and reduce carbon dioxide emissions by 500 tons annually. At the same time, the thermal insulation performance of photovoltaic glass reduces the summer air conditioning load of the building by 20%, further improving low-carbon benefits. The roofs of commercial buildings are also important stages for photovoltaic glass. A shopping mall in Beijing laid 3,000 square meters of photovoltaic glass on its roof, with an annual power generation of 360,000 kWh. This electricity is directly used for the mall's lighting and elevator systems, saving more than 400,000 yuan in electricity bills annually. In addition, the photovoltaic glass roof can effectively reduce the roof temperature, reduce the air conditioning energy consumption of top-floor shops, and realize the multiple values of "power generation, energy conservation and emission reduction". Transportation Facilities: "Green Power Generation" in Parking Lots and Toll Stations As an important source of carbon emissions, transportation facilities have long attracted attention for their energy consumption and emission reduction potential. The application of photovoltaic glass in transportation facilities such as parking lots and toll stations provides a new path for the low-carbon transformation of the transportation field.​ The roof of the parking lot is an ideal installation place for photovoltaic glass. In a large parking lot in Guangzhou, photovoltaic glass roofs cover 1,000 parking spaces, with an annual power generation of about 150,000 kWh. This electricity not only meets the electricity needs of the parking lot's lighting, charging piles and other systems, but also provides power support for surrounding traffic lights. At the same time, the photovoltaic glass roof can effectively block sunlight and rain, protect vehicles, and improve the use experience of the parking lot.​ The roof of the expressway toll station can also "transform" into a power station. A highway toll station in Jiangsu laid 500 square meters of photovoltaic glass on its roof, with an annual power generation of about 60,000 kWh, which can meet the electricity needs of the toll station's office and equipment, reducing electricity expenses by more than 70,000 yuan annually. In addition, the weather resistance and impact resistance of photovoltaic glass enable it to adapt to the complex environment of expressways and reduce maintenance costs.​ Public Facilities: "Low-Carbon Landmarks" of Stadiums and Exhibition Halls​ Large public facilities such as stadiums and exhibition halls have the characteristics of large area and wide roof area, making them excellent scenarios for the application of photovoltaic glass. Through the application of photovoltaic glass, these buildings not only become "low-carbon landmarks" of the city, but also set an example of green life for the public.​ The Bird's Nest, as a landmark building of the Beijing Olympic Games, adopted photovoltaic glass in some areas during the renovation. Although the area is not large, the annual power generation is about 80,000 kWh, providing power support for the venue's emergency lighting and weak current systems. At the same time, the application of photovoltaic glass has also made the Bird's Nest a benchmark for the low-carbon transformation of "dual-Olympic venues", conveying the concept of green Olympics to the public.​ An exhibition hall in Shenzhen adopted a large area of photovoltaic glass on its roof and south facade, with a total area of 8,000 square meters and an annual power generation of about 960,000 kWh, which can meet 30% of the exhibition hall's electricity demand. This electricity is not only used for the exhibition hall's lighting, air conditioning and other systems, but also connected to the urban power grid through a microgrid to provide support for the power grid during peak electricity consumption, improving the stability of the power grid. Conclusion​ From family villas to commercial buildings, from agricultural greenhouses to transportation facilities, photovoltaic glass is exerting its unique advantage of "shading and generating electricity" and displaying its "low-carbon magic" in various scenarios. It not only changes the single attribute of traditional glass, but also reshapes people's perception of energy utilization - every piece of photovoltaic glass is a micro power station, and every application scenario is a microcosm of low-carbon life.​ With the continuous progress of technology, the light transmittance, weather resistance and other performances of photovoltaic glass will be further improved, the cost will continue to decrease, and its application scenarios will continue to expand. In the context of global low-carbon transformation, photovoltaic glass is bound to become an important force in promoting the reform of energy structure and achieving the "dual carbon" goal, creating a more green and low-carbon future for mankind.​  

When Glass Meets the “Pickling Magic”: From Shopping Mall Facades to Bedroom Partitions, Light Transforms into Poetry​ In the field of architectural decoration, glass has always been an excellent medium for light and shadow. When ordinary glass encounters the “pickling magic,” a revolution in both visual experience and functionality quietly unfolds. Pickled crystal brick glass, with its unique craftsmanship and magical effects, transforms cold light into flowing poetry, injecting new vitality into spaces, whether it’s the grand facades of shopping malls or the private partitions of bedrooms.​ Strolling through bustling urban commercial centers, the towering and modern facades of shopping malls often catch people’s attention. The application of pickled crystal brick glass in these facades is nothing short of a light and shadow feast. Sunlight passing through the pickled crystal bricks is no longer harsh direct light but is broken down into countless soft rays, weaving dreamlike light and shadow patterns both inside and outside the building.​ The exterior of a well - known international shopping mall features a large - scale pickled crystal brick glass facade. From a distance, the building resembles a crystal palace shrouded in a hazy glow. The surface of the glass exhibits a rugged texture similar to glacial etching, with every uneven pattern seemingly the masterpiece of nature. When sunlight hits it, the light is scattered by these unique textures, creating a richly layered light and shadow effect. In the morning, the golden sunlight shines on the facade, reflecting warm and gentle rays, adding a cozy atmosphere to the shopping mall. In the evening, the afterglow of the setting sun paints the glass with a gorgeous hue, and the colorful light and shadow dance on the ground and walls, attracting numerous passers - by to stop and take photos.​ In addition to its stunning visual effects, pickled crystal brick glass facades also offer practical functions. They can effectively reduce intense direct sunlight, preventing issues such as indoor temperature rise and glare caused by overly strong sunlight. During hot summer days, this type of glass can block some heat from entering the interior, reducing the load on air conditioners and energy consumption. At the same time, the soft light makes shopping more comfortable for customers, eliminating discomfort from harsh light. Moreover, pickled crystal brick glass has excellent sound insulation, blocking out the hustle and bustle of the city and creating a quiet and pleasant shopping environment.​ If the application on shopping mall facades showcases the grandeur and splendor of pickled crystal brick glass, then its use in home spaces, especially as bedroom partitions, highlights its delicacy and romance. In modern home design, people increasingly value the flexibility and privacy of spaces, and pickled crystal brick glass is undoubtedly an ideal material to meet these needs.​ In a modern minimalist - style bedroom, a designer uses pickled crystal brick glass as a partition between the bedroom and the cloakroom. The delicate, rippled texture on the glass surface makes the light gentle and subtle as it passes through. When the first rays of morning sunlight filter through the glass into the bedroom, it doesn’t jolt one awake but instead gently caresses the sleeper like a soft veil. This characteristic of allowing light to pass through while obscuring views ensures both good lighting and privacy. From the bedroom, one can vaguely see the outlines of clothes in the cloakroom, creating a hazy aesthetic. In the cloakroom, the outside view is blocked by the glass texture, allowing people to choose clothes freely without worrying about being watched.​ Furthermore, pickled crystal brick glass partitions can be customized according to different design requirements. Whether it’s a simple linear shape or an artistic curved design, it can perfectly blend with the overall home style. In some Nordic - style bedrooms, white pickled crystal brick glass partitions, combined with wooden furniture and light - colored soft furnishings, create a fresh and natural atmosphere. In industrial - style bedrooms, pickled crystal brick glass partitions with black frames complement exposed concrete walls and metal lamps, showcasing a unique sense of fashion.​ So, how is this magical “pickling magic” achieved? The creation of pickled crystal brick glass stems from a precise and complex process. Its core lies in using acidic substances such as hydrofluoric acid to etch the glass surface. During production, the glass is immersed in a specific acid solution pool, where the acid reacts with the chemical components on the glass surface, gradually dissolving the outer layer. By strictly controlling factors such as the strength of the acid, temperature, and immersion time, technicians can accurately control the degree of corrosion on the glass surface, thus creating various unique textures and effects.​ For example, to create a rugged glacial - etched texture, it is necessary to appropriately increase the acid concentration and extend the immersion time to create significant unevenness on the glass surface. To achieve a delicate rippled effect, the acid concentration needs to be reduced, the immersion time shortened, and special molds or treatment methods employed. After pickling, the glass undergoes multiple cleaning and drying processes to remove residual acid and ensure its safety and stability.​ In addition to its unique light and shadow effects and exquisite craftsmanship, pickled crystal brick glass also has many excellent properties. In terms of thermal insulation, its special structure and materials can effectively block heat transfer and reduce the exchange of heat between the interior and exterior. In cold winters, it prevents indoor heat from escaping, keeping the room warm. In hot summers, it blocks external heat from entering, lowering the indoor temperature and creating a comfortable living environment.​ Pickled crystal brick glass also performs outstandingly in fire prevention. It is made using special processes and materials, with good flame - retardant and high - temperature - resistant properties. In the event of a fire, it can prevent the spread of flames for a certain period, buying precious time for evacuation and rescue. Additionally, it has strong abrasion resistance and impact resistance, able to withstand daily collisions and friction, and is not easily damaged, ensuring a long service life.​ As people’s pursuit of quality of life and spatial aesthetics continues to increase, the application scenarios of pickled crystal brick glass are constantly expanding. Besides shopping mall facades and bedroom partitions, it is also widely used in places such as hotel lobbies, restaurants, and offices. In hotel lobbies, it can serve as a feature wall or decorative partition, creating a high - end and elegant atmosphere. In restaurants, it adds a touch of romance and elegance to the dining environment. In offices, it can be used to partition work areas, ensuring both the openness and transparency of the space while providing a certain degree of privacy.​ From the dazzling facades of shopping malls to the cozy partitions of bedrooms, pickled crystal brick glass uses the “pickling magic” to transform light and shadow into poetry. It not only brings us visual enjoyment but also, with its excellent performance and diverse applications, changes our living spaces. In the future, with continuous technological innovation and development, it is believed that pickled crystal brick glass will shine even more brightly, bringing more surprises and possibilities to the field of architectural decoration.